Fiber Optic Light SourceTester

All our encoded microscope solutions offer calibration and image comparison. Furthermore, Leica Microsystems offers the free Store & Recall software which allows you to restore all system settings saved with the acquired image.

The major benefits of the OptiLux fiber optic illuminator are its ability to reduce power consumption by up to 50% and long life; up to 45,000 hours chip life leading to reduced cost of ownership. No significant wavelengths are generated outside the desired range, making wavelengths and color temperature tailored for your application. The front panel displays the intensity and has soft tactile up / down buttons providing total intensity control ranging from 10 to 100%. An 8ft by 5mm fiber light guide cable provides 130K lux when pumped by our white (6000k) chip.

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The Optilux Fiber Optic Medical LED Light Source Illuminator device well suited for several platforms. It utilizes a single large area LED chip, custom collection surgical optics that brilliantly couple light into 3- to 6mm fiber optic bundles, a heat sink and fan, linear intensity control and an AC power supply.

No, you don’t. By installing a FLEXACAM C1 camera, you can directly save the images on an IT network server or USB medium. You can also send the images via e-mail over your network without the need for a PC.

With the FLEXACAM C1 camera you can directly save images on an IT network server or USB medium. You can also send the images via e-mail without having to use a computer.

The IsoLux 1300XSB Xenon Fiber Optic Surgical Light Source Illuminator is a 300w source of continuous high intensity daylight illumination for demanding medical applications. To increase compatibility with multiple fiber optic surgical lighting products, the IsoLux 1300XSB Xenon Surgical Light Source Illuminator features a Multi-Port connector for fiber optic light guides. The turret is compatible with ACMI, Olympus, Storz and Wolf type fiber optic cables and light guides.

LAS X software only runs with Windows, but for a MAC we have a dedicated software called ‎Leica Acquire that you could download for free from the Apple store: https://apps.apple.com/it/app/leica-acquire/id733706983?mt=12 However, there is no software for Linux.

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Leica microscopes are modular and shipped in the configuration that best fits your stated needs or application. In case your needs change later, you can always upgrade your workstation by adding available accessories.

The free AirLab software, compatible with iOS or ANDROID, allows the user to immediately share images, videos, and comments.

The IsoLux 1300XSB-SP Single Port Xenon Fiber Optic Surgical Light Source Illuminator is a 300w source of continuous high intensity daylight illumination for demanding medical applications. To increase compatibility with multiple fiber optic surgical lighting products, the IsoLux 1300XSB-SP Xenon Surgical Light Source Illuminator features a Single-Port Wolf style connector for fiber optic light guides.

Our Optilux medical LED light source was developed to replace older technologies; specifically, halogen and metal halide bulbs and their associated problems with changes in color temperature due to intensity setting and age. Additionally, The new Optilux fiber optic medical LED sight source illuminator also eliminates the life and safety disposal issues with the passé mercury lamp bulbs.  It utilizes a single large area LED chip, custom collection optics that brilliantly couple light into 3- to 6mm fiber optic bundles, a heat sink and fan, linear intensity control and an AC power supply. Designed to replace older technologies, the OptiLux fiber optic medical light source is an excellent choice when phasing out halogen and metal halide lamps. Their associated problems with changes in color temperature due to intensity setting and age make halogen and metal halide bulbs a thing of the past.

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Light microscope solutions help suppliers and device manufacturers achieve fast and precise inspection and analysis for semiconductor wafer processing. Conformity to the defined specifications during semiconductor device manufacturing is critical for reliability.

Based in Chatsworth, California IsoLux manufactures advanced FDA Certified surgical headlights and examination lighting systems. Our LED and Xenon surgical headlamps, medical exam lights and surgical lighting products are proudly manufactured in the USA. If you are seeking the best surgical headlight IsoLux is here to help.

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There are a lot of ergonomic accessories for Leica light microscopes. Please contact your local Leica sales representative for more details or visit: Ergonomic Accessories for Stereo Microscopes

Not all products or services are approved or offered in every market, and approved labelling and instructions may vary between countries. Please contact your local representative for further information.

Leica Microsystems offers the free Store & Recall software (available with the LAS X software platform for industry) which allows you to customize the microscope functions, adapting them to the requirements and needs of each individual user. The software also allows you to restore all system settings saved with the acquired image.

Mica enables microscopy access for all, removes the constraints of traditional four-color fluorescence imaging and radically simplifies workflows.

OptiLux is the next generation FDA approved, fiber optic medical LED light source illuminator, brought to you by IsoLux a leader in the field of fiber optic illumination. The Isolux Optilux Fiber Optic Medical LED Light Source Illuminator is a 125w LED / Xenon equivalent solid-state light source of white light intended to be used with our fiber optic headlamp systems. The Optilux LED Illuminator’s lack of Ultraviolet (UV) radiation and Infrared radiation (IR), allows for additional uses in cases where UV or IR radiation is not permitted.

Excellent sample preparation and imaging methods are key for visualizing the fine details of materials with reliability and accuracy. Leica light microscope solutions enable you to achieve this goal with high-quality optics and intelligent automation for optimal workflows and analysis.

The maximum useful magnification value achieved with any type of light microscope depends on its ultimate resolving power or maximal resolution. The resolution depends on the microscope objective lens numerical aperture (NA). At low magnification values, the NA is small leading to a low resolution. At high magnification values, the NA is high yielding a high resolution. However, because the NA has a finite maximum value, approximately 1.3, the “useful” range of magnification is limited to about 1,800x for conventional light microscopes. Magnification beyond the useful range, which can occur whenever digital microscope cameras display images on large monitors, is called "empty” magnification. In this non-useful magnification range, the sample structures appear larger, but no additional details are resolved. For more information, please refer to the Science Lab articles: Beware of "Empty" Magnification, What Does 30,000:1 Magnification Really Mean?

The OptiLux LED Light Source is designed to be a perfect partner in medical video camera illumination, endoscopy, microscope illumination and UV illumination applications for photo sensitive chemical reactions such as UV curing and dental whitening.

A compound microscope uses optics to produce a magnified image of a sample so that with details of it can be observed that are undetectable with the naked eye. The most basic optics of a compound microscope has at least 2 lenses: i) an objective placed nearby the sample which creates a magnified, real image of it and ii) eyepieces or oculars which are used to view the real image of the sample. A human who looks through the eyepieces sees the sample as a virtual image on his/her retina. For more information, please refer to the Science Lab article: Optical Microscopes – Some Basics